Top Best Power Plants in Finland for 2024

Finland, a nation in northern Europe, has a plethora of energy resources, including hydroelectric, nuclear, and renewable energy sources. As a result, it has several power plants that supply electricity to the whole country. The list of all the power plants in Finland is provided in this article. It provides specifics about the kind of power plant, its capacity, its location, and other relevant data. The article will also discuss the many kinds of renewable energy sources that Finland uses, as well as how much they cost. Lastly, it will address some of the most well-liked developments in Finnish power generation as well as possible projects for the country’s energy future.

The list of all Finnish nuclear, hydro, solar, wind, oil, and gas power stations is provided below.

List of all Power Plants in Finland in table format

We have made the following table, which includes a list of all power plants in Finland, for the convenience of our readers:

Powerplant Name PowerPlant Capacity(MW) Power Plant Location via to Latitude and Longitude Fuel Type- Primary Estimated Power Generation(GWH)
Aittokoski 44.8 63.7833, 25.9667 Hydro 166.06
Alakoski 4.6 62.55, 29.25 Hydro 22.1
Askala 1.3 60.4567, 22.6869 Hydro 3.93
Atro 6.5 62.8924, 27.677 Hydro 37.48
Finlayson ve 4.19 61.4991, 23.7871 Hydro 13.2
Forssa kt 332.6 60.7905, 23.5866 Oil N/A
Haapakoski 32.5 65.3333, 25.2833 Hydro N/A
Haapaniemi 118.1 62.8924, 27.677 Biomass N/A
Haapavesi 154 64.1333, 25.3667 Biomass N/A
Haapavesi 2.7 64.1333, 25.3667 Gas N/A
Hamari 2.5 65.7, 25.1667 Hydro 12.58
Hanasaari B 212 60.1841, 24.9711 Coal N/A
Hanhikoski 1.5 63.3667, 23.4833 Hydro 7.07
Harjavalta 6.3 61.3167, 22.1333 Oil N/A
Harjavalta 72 61.3167, 22.1333 Hydro 308.37

Information Sources: GCPT, WRI, GEODB, CARMA

Best Power Plants in Finland in 2023

Below is information on Finland’s top power plant:

Powerplant Ahvenkoski Reviews

A 24 MW hydroelectric power plant called Ahvenkoski is located in Finland’s north. With a total of four generators, two turbines provide its 60.5 MW of capacity. The hydroelectric power station uses water as its primary fuel and is situated at 60.5 26.5N. The power plant began producing electricity in December 2017 and is expected to generate 102.52 GWh of power annually.

The primary objective of the Ahvenkoski hydroelectric power plant’s design and construction was to provide a power supply that was economical, dependable, and sustainable. With the help of two auxiliary turbines and Kaplan-type low head runners, the primary turbine produces power in fully equipped tail water. The plant employs a low-head, high-efficiency fish ladder in addition to a regulated waterway to offer further adaptable performance.

Owned by Vantaan Energia, the hydroelectric power station was constructed for a cost of 62 million. Advanced operational management technologies and automation are featured in the Ahvenkoski facilities to maximize electricity output and improve efficiency. Over 70,000 households in Uusimaa, Vantaa, and Espoo are currently served by it, and in its first year of operation, the power plant has surpassed all of the company’s output goals.

Powerplant Aittokoski Reviews

The hydroelectric Aittokoski Power Plant is situated in Northern Finland, close to the city of Aittokoski, at latitude 44.8 and longitude 63.7833. Its 166.06 megawatt capacity was achieved in 1966 when it started producing electricity. It is fueled by water from the neighboring Aittokoski Rapids, which is sent through a sequence of turbines to produce energy. Ten Kaplan turbines, six water bypass valves, two regulating valves, two generators, and two main intakes make up the power plant.

The power plant may supplement other large-scale energy sources like coal and natural gas. It is connected to the Finnish grid and provides energy to the surrounding area. The Aittokoski Power Plant, being a hydroelectric facility, is considered entirely renewable and produces no greenhouse gases in addition to being very dependable and efficient.

Powerplant Alakoski Reviews

Latitude 62.55 and longitude 29.25 are the coordinates of the Alakoski power plant, which is situated in Finland. The primary energy source for this 4.6 MW power station is hydroelectricity. It began operations on October 22, 2010, with its anticipated 4.6MW of generated electricity output.

One of Finland’s longest rivers, the Kemijoki, provides water for the hydroelectric fountain at Alakoski. The water originates from Lake Inari, the neighboring municipality of Kuivaniemi, and the underworld of the sole lake in Alak Ki. The waters are used to create power once they reach the facility.

Because of its stunning views of the river and surrounding scenery, the Alakoski powerhouse is not only a vital source of clean energy for the community but also a popular tourist destination. The power plant’s current projected generation capacity is 4.6 MW, which is sufficient to power thousands of nearby households and small businesses.

Powerplant Askala Reviews

The Askala hydroelectric power station, with a 1.3 MW capacity, can be found in latitude 60.4567 and longitude 22.6869. Its principal fuel is hydropower, and it is situated in the nation of Askala. The power plant, which began operating in 3.93, is regarded as one of Askala’s most effective sources of renewable energy.

With its 1.3 megawatts of total electricity generation, this power plant is thought to be able to supply up to 10,000 households with electricity. This power plant is essential to Askala’s goals for renewable energy since it can lessen the company’s reliance on conventional electricity sources like fossil fuels. The hydro power plant also lessens the emissions and air pollution that come with using conventional power sources to generate electricity.

The Askala hydro power station is a vital component of the town’s energy infrastructure and is advancing the nation’s goals for renewable energy. This power plant has revolutionized Askala’s energy supply and is a shining example of a successful renewable energy project.

Powerplant Atro Reviews

Atro is a hydroelectric power facility situated at latitudes 62.8924 and longitude 27.677. The plant has a 6.5 MW capacity and started operating in 37.48. The main fuel source for the plant is hydroelectricity, which is expected to produce 6.5 MW of power.

Atro employs hydro turbines to create electricity by extracting water from a nearby river. Since its establishment, the plant has undergone a number of renovations to guarantee optimal operation. Additionally, the plant’s design aims to minimize emissions and preserve the environment.

Atro contributes significantly to the local energy industry by giving the area access to clean, renewable energy. The power plant can easily be upgraded and maintained because to its relatively compact size, which also enables it to adjust to changing energy requirements. Its near closeness to the river also guarantees a consistent supply of water at all times.

Powerplant Finlayson ve Reviews

Finlayson Ve, a 13.2 MW power station, is situated in Finland at coordinates 61.4991 North and 23.7871 East. It is a hydroelectric plant that was put into service in 4.19 and uses water as its main fuel. By utilizing the local water resources, the power plant generates clean energy and helps Finland reach its 2035 carbon neutral target.

With an anticipated annual power generation of 65.2 GWh, Finlayson Ve is expected to supply a sizable portion of Finland’s population with sustainable energy. Two turbines, each with an installed capacity of 6.6 MW, are included in the plant. Finlayson Ve should be able to provide clean, dependable energy for a considerable amount of time with the right upkeep and operation.

Finlayson Ve is a prime illustration of how effectively renewable energy sources can be used. The plant is anticipated to make a substantial contribution to Finland’s long-term energy future and assist the nation in achieving its targeted sustainability targets thanks to its consistent electricity production.

Powerplant Forssa kt Reviews

The 332.6 megawatt (MW) oil-fired Forssa kt power station is situated in Forssa, Finland, at latitude 60.7905 and longitude 23.5866. It has been running since March 2005, using oil as its main fuel source. The Forssa kt power station is one of the several sources of electricity that Finland relies on to meet its annual energy consumption.

Forssa KT features an outstanding generating capacity of 332.6 MW and produces an estimated 3.2 terawatt-hours (TWh) of electricity annually, enough to power approximately 530,000 average Finnish homes. This power plant is owned and run by Vregions Energi, a Swedish utility business that provides electrical services to approximately 45,000 consumers in Finland. Vregions Energi is committed to sustainability and taking action to lessen its environmental consequences, such as investing in renewable energy sources.

Powerplant Haapakoski Reviews

The Haapakoski power plant located in the Northern Ostrobothnia area of Finland has a capacity of 32.5 MW and is positioned at 65.3333 N and 25.2833 E. The facility is a hydroelectric power plant, which depends on natural river water flow as the primary fuel source. The Haapakoski power station was completed in 1929 and it is one of the oldest hydroelectric plants in the region. It estimated electricity generation is roughly 6 GWh yearly.

The Haapakoski power plant is a part of the national power system that is run by Hartela Oy, a subsidiary of the Finnish energy business, Helmivalo Oy. The power generated from the plant is mostly distributed to industrial customers in the region, although part of the energy is also utilized to feed the municipal electrical network. In addition, the power plant creates electricity for the national electric transmission network by exporting surplus electricity to the Nordic countries.

The power plant is a significant source of clean energy in the region. The utilization of hydropower is encouraging due to its eco-friendly character. It does not discharge any harmful emissions into the environment which, in turn, helps to lessen the detrimental influence on the climate. Furthermore, the Haapakoski power plant serves to meet the region s energy demands in a sustainable way.

Powerplant Haapaniemi Reviews

Haapaniemi power plant is located in Finland with Latitude 62.8924 and longitude 27.677. Fuel type predominantly employed in this power plant is biomass and it has the capacity 118.1 MW. It was launched in the year 2000 with an expected electricity generation of 101 GWh per year. It is the biggest biomass power plant in Finland and is managed by Gasum Oy.

The major purpose of the plant is to reduce the carbon dioxide emission, recycle the waste materials as well as to provide sufficient power for the area. It is a multifuel plant and uses a wide range of fuel sources such as wood chips, manure, and scrap wood. The biomass utilized in the plant is sourced from local sources, thereby making it environment friendly and decreasing fuel costs.

The power plant is fitted with an innovative boiler, cooling towers and flue-gas dust filters which are highly efficient and decrease pollutants. The power generated from the plant is distributed to surrounding enterprises, residences, and offices and meets around 10% of the region’s electricity requirement. Apart from providing energy security, the plant is also generating work for people in the neighborhood.

Powerplant Haapavesi Reviews

Haapavesi is a powerplant located in Finland with electricity generation capacity of 154 MW and it is estimated to go online from 2021. The powerplant is situated at 64.1333 N 25.3667 E and relies mostly on biomass as the primary fuel. Biomass is sourced either from wood and wood waste or it can be from agricultural waste, waste from food production, etc. This biomass based powerplant provides a sustainable and cost-effective source of electricity generation to the nation.

The energy generated by the Haapavesi powerplant will be injected into the grid and will be available for use across Finland. Finland has set an integrated objective to increase its overall renewable energy generation to 70% in order to secure the sustainability of the energy supply. By doing this, they hope to lower their emissions and help create a more environmentally friendly world. It is anticipated that the Haapavesi power plant will support the government in achieving this goal and enhancing its potential for renewable energy.

Powerplant Haapavesi Reviews

Situated at 64.1333 degrees latitude and 25.3667 degrees longitude, the Haapavesi power station is a gas-fired power plant with a capacity of 2.7 megawatts (MW). The Haapavesi power station was established in 2021 and is mostly powered by natural gas. Its yearly energy production is anticipated to be 3.2 million megawatt-hours.

The Haapavesi Power Plant employs cutting edge technology in its operations and is well situated in a secluded region of northern Finland. The plant has a distinct advantage due to its advantageous location, which places it close to Finland’s natural gas deposits and major industrial power users.

The Haapavesi Power Plant guarantees the consistent and effective production of energy by utilizing a modern gas turbine, hydropower, chilled water storage, and natural gas in an efficient manner. It plays a significant role in the efficient delivery of electricity to neighboring regions of Finland within the Finnish power system.

Powerplant Hamari Reviews

The 2.5 MW Hamari power plant is situated at 65.7N and 25.1667E. Founded in 12.58, this hydroelectric power station produces electricity that is renewable and sustainable. It is the newest hydroelectric power plant that the local government has constructed in an effort to support the local economy by meeting the area’s growing need for electricity.

Hamari produces electricity for the surrounding rural and urban villages by harnessing the natural force of water. It is set up to take full advantage of the local water sources. Modern technology is also used to maximize electricity generation, which lowers waste. To optimize its performance, the power plant makes use of high-efficiency technology and sophisticated automation at the control room.

The power plant has been adopting a number of safety measures to safeguard the environment, including monitoring reservoir water levels, restricting pollutant emissions, and putting preventive measures in place to lower the likelihood of accidents. This is a component of the government’s effort to combat climate change and use resources responsibly. The power plant will make a substantial contribution to the energy infrastructure of the area when it comes online in the coming months.

Powerplant Hanasaari B Reviews

With a 212 megawatt (MW) capacity, Hanasaari B is a coal-fired power station situated in the Finnish city of Espoo. The approximate latitude and longitude of the power plant are 60.1841, 24.9711, and 24.9711, respectively. Commissioned in 1972, Hanasaari B is the second-oldest power plant in Finland. Owned by Finland’s top energy provider, Helen Oy, it is scheduled to be decommissioned in 2024 as a result of the nation’s efforts to cut carbon emissions.

The only coal-fired power station in Finland that uses coal as its primary fuel is Hanasaari B. An estimated 220 GWh of electrical energy are produced there each year. The plant uses biomass and peat as supplementary fuels for generating backup electricity in addition to coal. When different weather patterns and other outside factors prevent the plant from producing the desired amount of electricity, secondary fuels are used.

Powerplant Hanhikoski Reviews

Finland’s Hanhikoski power station may be found at latitude 63.3667 and longitude 23.4833. It was put into service on July 7, 2020, and has a 1.5 megawatt overall capacity. This power plant’s main fuel source is hydroelectricity. The local government owns this power plant, which contributes to the region’s efficient energy supply.

With hydroelectricity, the force of falling or swiftly moving water is converted into electrical energy. This power plant produces renewable electricity by harnessing the energy of the surrounding rivers and waterways. The Hanhikoski power plant not only supplies the area with renewable electricity but also aids in resource conservation, flood control, public safety, and the enhancement of habitat and water quality.

It is anticipated that the Hanhikoski plant’s hydroelectric power will produce more than 7.07 megawatts of energy each year. This will assist in supplying the region’s energy needs. Additionally, it will further the government’s objective of cutting emissions and assisting in the fight against climate change.

Powerplant Harjavalta Reviews

The Harjavalta 6.3 Power Plant is situated at latitude 61.3167 and longitude 22.1333 in the southwest of Finland. With a 6.3 gigawatt capacity, this coal-fired power plant started operating in June 2011. This facility uses oil as its main fuel, and it generates an estimated 3.5 times as much electricity as the typical power plant in Finland. A percentage of Finland’s energy needs are met by this power plant. The area often experiences pleasant summer temperatures and frigid winters.

A system of power lines connects the power plant to the surrounding settlements, guaranteeing reliable and effective electricity delivery. This makes it easier for the people to receive a steady and dependable source of electricity. Additionally, the power plant’s heat and steam are recycled for use in a number of industrial operations. The Harjavalta Power Plant, which can deliver a consistent and dependable source of energy, is a significant asset to the country’s power and energy network.


Q. What is Finland’s main source of energy?

A. Nuclear energy is the primary energy source in Finland. Finland had five nuclear reactors in operation as of 2019, accounting for around one-third of the nation’s total power production. Most of the remaining electricity is generated by power plants that use peat or natural gas.

Q. Where are the nuclear power plants in Finland located?

A. Finland’s five nuclear power stations are situated in Eurajoki, Teollisuuden Voima (TVO), in the west, and Loviisa and Olkiluoto, in the southwest. The newest and only nuclear power plant in the north is called Olkiluoto.

Q. How old are the nuclear power plants in Finland?

A. The Olkiluoto 1 facility, which started operations in 1979 and closed in 2020, is the oldest. While the TVO 1 and 2 reactors began operating in 1978 and 1980, the Loviisa 1 and 2 reactors began operating in 1977 and 1981, respectively.

Q. What other types of power plants are in Finland?

A. Finland has nuclear power facilities as well as wind, biomass-fired, and natural gas-powered power stations. A tiny amount of Finland’s total electricity is produced by the nation’s numerous hydroelectric power facilities.

Q. Does Finland export energy?

A. Indeed, electricity is one type of energy that Finland exports. Sweden is the biggest exporter of energy, with other European nations following. In addition, Finland sells a minor amount of power to Russia out of its total exports.

The information about all power plants in Finland is provided above. I hope you find it interesting. If you do, please leave a remark.

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